Systems and methods for gas emergency management in urban public spaces based on iot large models

A method for gas emergency management in an urban public space based on an Internet of Things (IoT) large model, the method being executed by an emergency supervision management platform of a system gas emergency management in the urban public space based on the IoT large model, and the method comprising:

• obtaining gas monitoring data of a target region through a monitoring device deployed in a monitoring region based on an emergency supervision object platform;
• in response to an evacuation condition being satisfied,
• generating an evacuation parameter based on the gas monitoring data and region data of the target region, the evacuation parameter including an evacuation path, an indicator sign control parameter, a lighting control parameter, and a gate control parameter;
• and
• sending an evacuation control signal to an evacuation device deployed in the target region, to control the evacuation device to guide an evacuation of personnel in the target region based on the evacuation parameter, including:
• controlling a display device to display the evacuation path;
• controlling a display color and an indication direction of an electronic indicator sign based on the indicator sign control parameter;
• controlling a lighting brightness and a lighting mode of a lighting device based on the lighting control parameter;
• and
• controlling an on-off state of a gate based on the gate control parameter.

A non-transitory computer-readable storage medium, storing one or more computer instructions, wherein when reading the one or more computer instructions in the storage medium, a computer executes a method for gas emergency management in an urban public space based on an Internet of Things (IoT) large model, the method comprising:

• obtaining gas monitoring data of a target region through a monitoring device deployed in a monitoring region based on an emergency supervision object platform;
• in response to an evacuation condition being satisfied,
• generating an evacuation parameter based on the gas monitoring data and region data of the target region, the evacuation parameter including an evacuation path, an indicator sign control parameter, a lighting control parameter, and a gate control parameter;
• and
• sending an evacuation control signal to an evacuation device deployed in the target region, to control the evacuation device to guide an evacuation of personnel in the target region based on the evacuation parameter, including:
• controlling a display device to display the evacuation path;
• controlling a display color and an indication direction of an electronic indicator sign based on the indicator sign control parameter;
• controlling a lighting brightness and a lighting mode of a lighting device based on the lighting control parameter;
• and
• controlling an on-off state of a gate based on the gate control parameter.